< B N Oil 20 < A = B N Renewable Energy Sources ( other than hydro ) B, A < 20 January < July Wind A < 20 < B N Solar B < A < 20 January < July Biomass A = B < 20 N Hydro power (total) A = B = 20 N Net generating Capacity A < B < 20 January < July Maintenance and Overhauls A < 20 < B January < July Outages A < 20 < B N System Service Reserve A = B = 20 N Unavailable Capacity A, B < 20 January < July Reliable Available Capacity A < 20 < B July < January Load A < 20 < B July < January Load Management A = B = 20 N Remaining Capacity January < July Spare Capacity A < 20 < B N Margin Against Seasonal Peak Load 20 = A < B January < July Adequacy Reference Margin A < 20 < B January < July Import Capacity A = B = 20 N Export Capacity A = B = 20 N Table 6.8 : Extract of SAF 2011 – 2025 – differences between generation scenario for Germany ENTSO-E Scenario Outlook & Adequacy Forecast 2011 – 2025 | 11380:T469,The table also indicates if a difference exists between January and July data, and in what order. Load For both Scenario A and Scenario EU 2020, the assumption for load is a decrease for the period 2011 – 20 and until 2025 for Scenario A (decrease of 8 % between 2011 and 2020). For Scenario B, on the other hand, the assumption is an increase of load (7 % between 2011 and 2020). Generation Adequacy As indicated in the graphic of the previous page, and also in the forecasts of the SO & AF 2011 – 2025 Report, the Remaining Capacity is positive for the whole period, whatever the scenario. This means that some spare generating capacity is likely to be available on the power system under normal conditions. Moreover, the Remaining Capacity minus Adequacy Reference Margin is still positive and lower than Export Capacity throughout the period (except for Scenario B after 2020). This means that all the spare generating capacity likely to be available on the power system can be exported in most situations. Interconnection Capacity No comments provided. EN